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SECTION U TYPES OF RUBBER AND PROCESSING METHODS
SECTION RUBBER AS AN ENGINEERING MATERIAL
SECTION STRESSSTRAIN RELATIONSHIP IN RUBBER
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abrasion resistance absorption adhesion amplitude ance applications ASTM automotive Buna Butyl calendering chemical Chemigum creep curing damping deflection deformation Dielectric durometer durometer hardness Dynamic Modulus effect elastic elastic limit elastomers engineering material finished flash flexing force free vibration frequency GASKET Goodyear GR-S heat hysteresis inch increase inserts limits linear load measured ment metal modulus mold cavity molded and extruded mounted natural rubber Neoprene non-rigid plastics oil resistance operation perature percent physical properties pieces plates polymer pounds range ratio relatively resilience rubber products rubber-like sample Section RUBBER shape factor shear modulus Shear Stress solvent specific specimens spring rate standard static steel stiffness strain stress stress-strain curve sulfur surface synthetic rubbers temperature tensile strength thermal thickness Thiokol tion tolerance torsional torsional spring tube machine ture type of rubber unvulcanized usually values vulcanizates vulcanized rubber water resistance Young's modulus